Coke-oven take-off.



A. ROBERTS.

COKE OVEN TAKE-OFF.

APPLICATION YiLED AuG.5,1915.

1 1 98,582 Patented Sept. 19, 1916.

3 SHBETS-SHEET I A. ROBERTS.

COKE OVEN TAKE-OFF.

APPLICATION FILED was, 1915.

Patented Sept. 19, 1916.

3 SHEETS-SHEET 2.

A. ROBERTS.

COKE OVEN TAKE-OFF.

APPucAnou HLED AUG.5, x915.

latunredfiept. 19, 1916.

3 SHEETS-SHEET 3.

i ,Ti93,,5$ Specification of Law";

C- ntinuation of application Serial No. 22,115, mm Agni Serial No. 43.7513,

To (11 whom, it may; ronmrn Be it known that I, ARTHUR Rwnms. 1a uii'izen of the United States, residing; at Emmton, county of Cook, and State of The M (5m inwniion has Wfm'mm? certain h'nprm e311: in Wkw-oih; for wk ll! mums, Wllfl'fifih ihv f N w w c-zh'eqi and remm'mi 5mm Elm nonixing; c amhm:

The invention Mara has mfvmn fu in She construction of tha nppm' portion of the 15 carbonizh'xg chamhen and h ihe PX'GLSMH). of means for suhg'wmig the histi ilnte gasvs to a preliminary 'm'ermnent "lireutly after they have the carhoui 2g: rhzmlhor, and in prvpm-Miun for theii uh, uvnt trmltment as in a byproduct Ii'fiifiWi'l nmmratus.

one, of {he {QH'UUQS of the inwn m huts prml refm'onuo to Hm Pluk'ishr? u; 1 construe Mhhrf H Lion sash, that the Ass: nmy Twwiihdrawn by :1 very sh rt and d m-(M, path of txnvu'i from the uppvr portion of the mrhonzing chamtwr, thvxehy pruvvnfiin Fhv from lwing suhjeuted to the dosh 110M: action of the lwut of they cnrhonfizing; @hmnkwr .iziflcr the, r of and comm they have been formed and are manly for tuhnmx: flung he dehwry. in Fi A wnwaw In this cmnwiion another o'bjhct is to Hon m 'ihis mm mm provide a who-off of such Construction that or the mm 1*, uflfl? the own can he (lira-fly charged through surface of .hv :I'mf, Ihv Faun-n; ports throng which the gases are 01 otherwiz v I Y withdrawn, hat :1 confirmation such thzl; The wr'mnt 98 during flu- ="u:.1;*;ziny operation j fli (lust and oh fine o (low? H10 mm: v53! amt find his W21 h m the; take hangilrwisv HVM f of? {3m or pawn, Tn'z, in owl-comma {ii iiHme 1; q "very n Pm To many present 53 I 49 forum; of 1; gnu-firm. iihwh-wfwi Uthm' why "is and u mu :q'qiwmr EN-n1 M :1 dvtas'md du-wription of ihu invemion Whiqh in LEW fmmxmra of cm Muzfion and comhizazetion of 511mm mwlnzxfiier desm'i'nnd and sj-hzim h Hdurring to ihq (hii'aWillfP-t: Figure 1 tinns 13 whivh shmw a Eongiindinal smztion through an the nhmhexwa? po own equimmd ith :71 inkevofl (hwico vmhas an Qnhxrgfiki i5 1;: the features of the present invenbody portion H, m H;

hon. F551 3 .ehom: :1 cm section taken on is the :hwwnwzard I h the Eine of Fig. 1 loohmg in IE rhrecwhich mats nnro :mci tion of the arrmvs; Fig. 23 shows an eliresponding flange 1 ME of she vnhzg ed h s'ged hfirizrmiizfl swtion through a portiOii body portions 1 Kim: wlih vnvh other and V of th? dome of Figs. 1 211:1 Fig. 4 shows are connsnm'l my io gw'm'iie a nontinsmns a section taken on the line ;--4 of Fig. 3 enlarged flaw tag page g'e through which. she- I claim: 1. A gas takeoff for a coke oven, said take-d comprising a plurality of ports extending upwardly through the roof of the carbonizing chamber of the. oven, a longitudinally extending dome of substantially uniform cross section, a connection from each port into the lower side of the dome, a circular flange within thedome and extending upwardly around each of said connections, there being charging openings along the upper-portion of the dome in'vertical alinement with said flanges, covers for said 0penings, spray nozzles extending into the side portions of the dome throughout substantially its entire length, pipes for delivering emulsion or the like to said nozzles, and a trap for the collection of excess emulsion dea livered through the nozzles.

2. In a take-off for coke ovens the combination of a plurality of ports extending upwardly through the roof of the carbonizing chamber of the oven, a longitudinally extending dome above said ports, a connection from each port upwardly into the lower poition of the dome, a circular flange surrounding the upper .end of each of said connections, a charging opening in the upper portion of the dome above each flange and of substantially the same dianieter hs the 1 flange, and a cover for ca ings.

3. In intake-oil for a coke oventhe combination of'a plurality of ports extending upwardly through the roof of thecarbonizing chamber of the oven, a longitudinally extending dome above said ports, a connection from each port to the lower portion of the dome, a flange surrounding each of said connections and upstanding into the body of the dome, a charging opening above each port and of size and contour substantially the same as that of the flange of the said port, and a cover for each of said openings.

4. In atake-oil for a coke oven the combination of plurality of ports extending upwardly through the roof of the carbonizing chamber, a longitudinally extending dome above said ports, a connection from each port into the lower portion of the dome, a flange extending upwardly around each of said connections and into the body of the dome, a charging opening above each port, and a cover for each charging opening.

11 of. said open- In a take-oil fora coke oven the combination of a plurality of ports extending up- Q. The combination with the car-bonizing chamber of a coke oven, of a gas collecting main extending along above the carbonizing chamber, gas delivery connections from the carbonizing chamber into the lower portion of the main atvarious points throughout its lengthfor the purpose of delivering freshly distilled gas into the main, means for in'ecting emulsion or the like into the body 0 gas within the main, and means for preventing a flow of excess portions of said emulsion down through the gas connections into the carbonizing chamber.

7. The combination with the: carbonizing chamber of a coke oven, of a gas collecting carbonlzmg chamber to the main for the purpose of delivering freshly distilled gas from the carbonizing chamber to the main, and means for delivering emulsion or the like into the gas flowing through the main.

8. The combination with a gasifying cham-. ber, of a gas collecting main extending throughout the major portion of the length of said chamber, a plurality of gas'delivery connections from said chamber to said main, said connections being located at various points throughout the major portion of the length of the chamber, for the purpose of delivering freshly generated gas uniformly from the chamber to the main, and means for delivering emulsion or the like into the body of the gas flowing through the main at, various points throughout the l gth oi the main.

9. The combination with a gasifying chain her, of a gas collecting anain extendmg throughout the major portion of the length of said chamber, a pluralitgeof gas deliveryconnections from the chem r to said main, said connections being located at various points throughout the major portion oi the length of e chamber, for the purpose of delivering reshly generated gas uniformly from the c amber to the main, and means for delivering emulsion or the like into the body of the'gas flowing through the main. r

10. The combination. with a 'gasifying chamber, of means for collecting freshly generated gas from various oints throughout the length of said chain er, and means for subjecting said gas, adjacent to each point of collection, to treatment by an emulsion or the like. i

11. The combination with a gasifying chamber, of means for collecting freshly generated gas from various points through out the length of saidichamber and for delivering said gas into. .a common pipe, and means for subjecting gas so collected to treatment by an emulfion or the like immediately after the collect-ionof the gas.

12. The combination with a chamber, of means for collecting freshly generated gas therefrom, and means for sub- .yecting the gas so collected to suitable treatfiaent after collection, for the purpose of controlling the condition of temperature of the gas,

13. The combination with a gasi'fying chamber, of a gas collecting header, a plusaturation and rality of ports extending from the chamber into the header, perforations in the header in alinement with sa d ports, and means for establishing coal delivery onnections from i said perforations directly to the ports and outof communication with the. header.

14;. The combination With a igasifying chamber, of a header for the collection of generated gases from the chamber, a port for delivering gas from the chamber into said header, there being a perforation in the header, and means for establishing a'fuel delivery connection from said perforation to said port out of communication with the interior of the header for the purpose of de livcring fuel directly from the perforation to the port.

15. The combination with a gasifying chaml'icr, of a header for the coilection of generated a port for the delivery of the gases from theizl'aamber to the header, aiuel delivery pipe, anil-n'ieans for estab lishing connection from said pipe to the port independently. of the header.

The cornl'iination with a gasiiying chamber, of a header for the collection of generated gases, a port for the delivery of the gases from the chamber to the header, a pipe for the delivery of fuel, and means for effecting connections from said pipe to the port and for isolating the port from the header.-

17. The combination with a gasifying chamber, of a. header for generated gases, 21

port for delivering the gases fromthe said chamber to the header, a fue delivery pipe, and means for simultaneonsiy effecting connection from said pipe to the said chamber and for isolating the port from the header.

18. The combination with gas producing means, and gas collecting means, of a con nection from the gas producing means to the collecting means, and means for establishing con'imunication from said connection to the atmosphere and for isolating the coininunication means from the collecting means. 19. The combination with gas producing means, and gas collecting means, of a connection from the producing means to the coilecting means, and means for simuitaneously establishing communication between sai-i connection'and the atmosphere, and for isolating the connection from the collecting means,

20. The combination with gas producing means, and gas collecting means, of a com ncction from the producing means to the collecting means, means for introdiic f il. or the likeinto the collecting means, and incar for preventing-the entrance of sad oil or the like into the connection.

21. The combination with gas producing means, and gas collecting means, of a con nection from the producing means to th ollecting means, means for introducing oii or the like into the, collecting means, and means i for preventing the entrance of said oil or a ,n v; the like into the connection, ile fillOVring the flow of the oil oruthc like along the hear of the collecting means ARTHUT. ROBERTS.

Witnesses: V

THOMAS A, BANNING, WM. P. BOND. 

